GPR Professional Services Inc can find post tension cables in concrete and floor. For years we have been getting PT Cables in concrete. Ground Penetrating Radar is an excellent tool for locating PT Cable. Here are a few examples of GPR Professionals Services showing post tension cables within concrete. Locate Post Tension Cables
Post Tension cables are compressed by thousands of pounds of pressure. If post tension cables are cut not only cause serious structural damage, they can also cause damage. The cost of repairing the Post Tension Cable cable in a high-rise building ranges from $ 7500 – $ 10,000.
Call today to mark and clear the area before cutting, spine or piercing to Locate Post Tension Cables.
Benefits Of X-Ray
- Low cost
- Only one side needs access to the scan. (so we can make a slab in the distance)
- Setup time is near.
- Data is collected very quickly and results are produced quickly.
- There is no risk of radiation exposure through GPR., So there is no need to clear the scanned area.
- Any size area can be scanned without resetting the tool.
- GPR has the ability to scan hard to reach locations.
- Thousands of square meters can be scanned in one day.
All of our equipment is registered and meets all FCC standard rules. Make sure you do not damage the structure by cutting the Post Tension Cable or endangering the structure by cutting the rebar! Locate Post Tension Cables
Determine Concrete Depth and Target Depth
With GPR we are able to provide almost the depth of material in concrete. We can also determine the depth of approximately concrete slabs
REBAR AND POST TENSION CABLE LOCATING
Chopping and plastering technicians and construction technicians need reliable, non-destructive methods for obtaining rebar, post tension cable and pipes inside concrete structures before drilling, cutting or assembling. GeoView owns and operates all geophysical equipment needed to accurately locate bar, cable and pipes. These methods include:
Ground Penetrating Radar is a highly flexible, accurate and inexpensive geophysical method of detecting rebar, post tensioning cable, plumbing and slab thickness. In addition to the horizontal position of the target material, the GPR may also provide information about the intended depth and thickness of the cover and filling as well as unfinished stone block cells. The depth of the path test is controlled by the electrical conductivity of the concrete and the selected frequency antenna. Concrete-related investigations are usually performed at frequencies above 800 MHz. GeoView owns GSSI and Mala GPR systems with 800, 900, 1300, 1600, 2000, 2300 and 2600 MHz bands. Depending on the project objectives, data can be collected in 2D or 3D.
Electrical Pipeline and Cable Areas to help locate power and pipes within the slab. GeoView features the most advanced precision detectors from Radio Detection, Subsite, Pipehorn and Schonstedt.
Electromagnetics is an additional non-invasive method used to verify GPR results and to provide information on cover thickness and bar diameters. GeoView your own Proceq EM equipment.
GeoView has created drums and cables throughout the United States for projects ranging in size from airports and military bases to apartments. Results can be marked in concrete and / or recorded on a standard AutoCAD drawing. GeoView does not create xray locations. The following link compares GPR and xray services – GPR vs. xray.
FAQ Related to Locate Post Tension Cables
To build a living space, 48-inch tendons in the middle of the common area. Commercial bases will have a lot of metal.
Post-tension slab punching, cutting, and assembly can be extremely dangerous. Not only is there a risk of building collapse, but you are also at risk of serious injury and death. IT’S NOT at all something you want to play with.
Post-tension cables are steel cables embedded in plastic sheathing that are placed in place while pouring a concrete slab. … Cutting a strong cable, or tendon, can put a contractor at risk and jeopardize the integrity of the slab structure.
They have no deep feet around the perimeter of the house or under the load-bearing walls inside the building. The slab is designed in this way, so that ordinary feet are not needed. Simply put, the most important feature of post tension slabs is post tension cables themselves.
Post-tensioning, which is a form of prestressing, has several advantages over conventional steel (reba): It reduces or eliminates fractures – so no joints, or a few joints, are needed. Constructive cracks are bonded together. It allows slabs and other members of the structure to be smaller.
Post-tensioning offers high strength and stability, but looks like any other concrete slab. While most home projects do not require back pressure, it can still be a useful strategy for some builders.
The cost of a slab after tension is $ 30.52 per square foot which is approximately the average cost of four floor plans. On internal foundations, a large amount of reinforcement was required for maximum strength.
